2. We envision a future where construction processes are completely
automated and buildings are developed by artificially intelligent
machines.
3. What are we solving?
Construction has been almost the same over the last hundreds of
years. Traditional processes are inefficient, expensive, dangerous,
and have negative effects on the environment.
4. Wired
Magazine
Science
Alert
“Singapore just launched
a plan to fill the city with
3D-printed homes”
The Facts
“The UN estimates that
by 2030, approx. 3 billion
people will require
housing and 3D printers
are one potential
solution”
5. “25% of Dubai’s buildings will be 3D printed
by 2030”
Sheikh Mohammed, Ruler of Dubai
“Dubai unveils world's first 3D-printed
office building”
The Facts
6. Quotes from a recent Deloitte study regarding the benefits of implementing 3D
printing in construction:
Due to a 50-70 percent
reduction in construction
time based on increased
automation
Due to 50-80 percent lower
labor costs, less wastage of
material as it is an additive
process, and potentially lower
financing costs due to shorter
execution time.
Due to the ability to create
customized and intricate
design, inbuilt insulation in
3D printed walls and a
higher sustainability
footprint due to the use of
recycled waste as part of
the raw material and
concrete.
Faster Cheaper Better
7. What are we doing about it?
We are developing a new system of construction that provides more
efficient processes in architecture, engineering, and materials that
revolutionizes the way we design and develop houses and buildings.
This system includes providing large-scale 3D printing technologies that can
automatically “print” houses and buildings based on the software designs.
9. The Cazza X1
This Cazza autonomous robot automatically 3D prints
the concrete framework and formwork for the
foundation of a house. It can also be used to print
structures up to 5m in height and can print modules,
homes, villas, commercial building and unique
architectural structures.
10. The Cazza X1
*Robots can be lifted to build structures higher than 5m or can build modules that will be assembled as pre-
fabricated modules for larger structures
Starts from USD $480,000
Safety sensor network: Equipped with a set of sensors which detect the presence of people, preventing on-
site hazards.
Easy to control: Designed to require minimum training in Robot control and navigation.
Efficient: Designed to minimize human labour, construction processes are up to 40% more efficient
Robotic arm extender: Maximum frontal reach of
4.7m
Hydraulic height extender support base: Maximum
total height reach 5 m*
Mobile tracked platform: 3.6 x 3.4 x 0.8m
Upgrades include:
• extended height
• extended length
• smoothing system mechanism for improved
surface finish
11. The Cazza X1 CORE
This Cazza autonomous robot automatically 3D prints
the concrete framework and formwork for the
foundation of a house. It can also be used to print
structures up to 6m in height and can print modules,
homes, villas, commercial building and unique
architectural structures.
12. The Cazza X1 CORE
Starts at: USD$620,000
Build for strength: A special set of covers to protect the robot, made in Carbon Fiber for increased durability in
the field.
Field autopilot navigation: Capable to self-navigate the construction site, minimizing the possibility of
positional mistakes.
Robotic arm extender: Maximum frontal reach of
4.7m
Hydraulic height extender support base: Maximum
total height reach 6m
Mobile tracked platform: 3.6 x 3.4 x 0.8m
Upgrades include:
• extended height
• extended length
• smoothing system mechanism for improved
surface finish
• Autopilot navigation
*Robots can be lifted to build structures higher than 6m or can build modules that will be assembled as pre-
fabricated modules for larger structures
13.
14. Design of the building or architectural structure is done using any design
software.
Export existing design file of project. The 3D printing software will detect
what can and should be 3D printed.
The machine is then brought onsite and set at printing location, the machine
will then begin printing the concrete structures until the project is finished.
The 3D printing process with Cazza
01
02
03
16. How do we make money?
We provide Cazza’s construction robots, technologies and “ink”
(concrete, etc.) that work with the machines. We also offer design,
engineering and consulting services for 3D printing construction
projects.
19. The Founders
Founder - CEO, Chris Kelsey
• Former CEO of Appsitude an app
development company
Founder - COO, Fernando De Los Rios
• Former COO of Appsitude
• Former CEO of Prix, Peru’s first
online grocery store
20. Research and Development Centre
→ Engineering team lead by PHD in Robotics Engineering
→ Materials team lead by Postdoctoral fellow in Materials Engineering
• Computational engineers (Masters degree)
• Civil engineers (Masters degree)
• Mechatronic engineers (Masters degree)
• Power fluid engineers (Masters degree)
• Electrical engineers (Masters degree)
• Automation engineers (Masters degree)
Team consists of:
21. Activity in Dubai
Selected to be a part of the Dubai Future Accelerator program
30 participants chosen from all over the world
Collaborated with Dubai government to establish building standards and codes for
3D printing
Currently, working with several large construction companies in Dubai on
the planning and design for several housing projects.
Projects expected to start Fall 2017
Project in Dubai to lead to a 5k housing project
22. Competitors
1) Win Sun
2) Apis Cor
We use advanced concrete mixes with new ways of reinforcement.
We are the only 3D printing company who sells the technology
Our technology offers features that are not offered by our competitors :
• Self Automated – programmable to analyze the site and begin printing without human
intervention
• Human sensors – Increases safety on site by detecting the presence of humans
• Mobile – Ability to be operated from a distance using our software
